App For Flood Damage Mitigation
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Jakarta is prone to flooding due to its low-lying geography and river systems. The government developed a Smart City platform to help mitigate flood disasters, but it lacked accurate, detailed flood reports from citizens. To address this, the team proposes SmartFlood, which aims to streamline flood data collection and validation between citizens, local authorities, and government agencies to provide real-time flood mapping and inform evacuation and relief efforts. SmartFlood would make the reporting and validation process more efficient and generate maps to help both citizens and officials respond to flooding.
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Go! Flood
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lead to the development of the device necessary for the protection of the community against flood hazards as it
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test the functionality of the device before its installation. Computer programs were created to enhance the
monitoring of water level: the River Monitor Software and the Water Level Monitor. The LED arrays emit light
according to water level; green for low, orange for medium, and red for high. A siren also alarms with different
intervals (30 seconds for low, 15 seconds for medium, and a continuous alarm for high). Automatic emergency
lighting was integrated in the design and lights up during power outages powered by rechargeable sealed battery
that charges when ac power is supplied to the device. Levels were established based on available data; low water
level means awareness; medium water level means preparedness and high water level means immediate
response is necessary.
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nature. On the academic research side, this formulation helps further in-depth analysis to be carried out to calculate exact leakage
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also. This loss parameter here is leakage water. Water demand forecast can be calculated for the coming years, but leakage water also
need to be calculated and then actually delivered water to the end users has to be forecast. This paper proposed a model of piping
pattern, leakage locations. Calculated leakage water and forecast the actual delivery of water to end users. On the application side, the
results of this paper help administrators take decisions on improving infrastructure of water distributions system and take precautions
to care the maintenance of the infrastructure. The ideas and methods presented in this paper can be applied to other projects of similar
nature. On the academic research side, this formulation helps further in-depth analysis to be carried out to calculate exact leakage
water volumes. Water works departments can also benefit from this research
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possibility of personal injury, loss of life, damage to property, environment and loss of livelihood. These things
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according to water level; green for low, orange for medium, and red for high. A siren also alarms with different
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monitoring of water level: the River Monitor Software and the Water Level Monitor. The LED arrays emit light
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intervals (30 seconds for low, 15 seconds for medium, and a continuous alarm for high). Automatic emergency
lighting was integrated in the design and lights up during power outages powered by rechargeable sealed battery
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also. This loss parameter here is leakage water. Water demand forecast can be calculated for the coming years, but leakage water also
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to care the maintenance of the infrastructure. The ideas and methods presented in this paper can be applied to other projects of similar
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also. This loss parameter here is leakage water. Water demand forecast can be calculated for the coming years, but leakage water also
need to be calculated and then actually delivered water to the end users has to be forecast. This paper proposed a model of piping
pattern, leakage locations. Calculated leakage water and forecast the actual delivery of water to end users. On the application side, the
results of this paper help administrators take decisions on improving infrastructure of water distributions system and take precautions
to care the maintenance of the infrastructure. The ideas and methods presented in this paper can be applied to other projects of similar
nature. On the academic research side, this formulation helps further in-depth analysis to be carried out to calculate exact leakage
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- The area has shallow aquifers from 15-30m depth that are highly rechargeable by rainfall.
- Despite available water resources, there is currently insufficient potable water supply to meet demand.
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App For Flood Damage Mitigation
- 2. Jakarta is located on a wide, flat alluvial plain on the north coast of western Java. It covers 650 square kilometers of land rises from five to 50 metres above sea level. 40% of Jakarta, particularly the northern areas, is below sea level, while the southern parts are comparativelyhilly. Thirteen major waterways flow through it and empty intoJakarta Bay. Rivers flow from the Puncak highlands to the south of the city, across the city northwards towards the Java Sea; the most important is the Ciliwung River, which divides the city into the western and eastern principalities. Other rivers include the Pesanggrahan,and Sunter. All these rivers, combined with the wet season rains and insufficient drainage due to clogging, make Jakarta prone to flooding. Sometimes flood forces the people to evacuate so that they need shelters. In making decision for shelter location, the government will overlay flood disaster historical data and then with building data from OSM, e.g.: Flood resistance, accessibility, Government buildings BACKGROUND
- 3. PROBLEMS In dealing with this flood disaster, Jakarta provincial government developed Smart City platform which involves public since it has an issue-reporting app known as Qlue and a flood map that crowdsources citizen flood reports from Twitter, called PetaJakarta. The government needs to input data from Qlue and Twitter and validate it. It would usually take a long time since the data is not informative enough, e.g. no detailed location and no water level.
- 4. BPPD KelurahanPublic QLUE Twitter Call / Email DIMS Peta Jakarta
- 5. OBJECTIVES 1. Government Ensure the input data from the public will be accurate enough Reduce the time needed by the government to input data from the public to be validated by Kelurahan Flood mapping in real-time Make it easier to make decision, e.g.: shelter location, water pump location, pasukan oranye location. 2. Public Make it easier for the public in mitigating flood disaster Provide access of information to the public in real-time, e.g.: evacuation route, shelter location
- 6. BPPD Kelurahan Public SmartFlood Call / Email DIMS Peta Jakarta
- 9. Form Form 1 Form 2
- 10. Map Flood Potensial Area Evacuation Map
- 11. Map Water Level Shelter Position Map Call Center